1. Using pure fiber laser,♣≠ the beam quality is excellen∏↑∑"t, the photoelectric conversion ☆✔×rate is high (multiple times of YAG l≠∏aser), low energy consumptio★×Ω₽n, and long service lif®‌☆§e;

2. The welding seam is thin, t¶☆he penetration depth ×‍¶is large, the taper is sm✔®Ω÷all, the precision is high, the w≥♣λelding speed is fast, the welding se↑×λam is firm, and the w$<elding place is smooth and fl↓☆≠at;

3. It can weld complex tracks such≥ε∏> as planes, circles, and aβ©rcs;

4. Weldable graphics include: poin↕§βt, line, circle, square or any plan¥$¶≈e graphics drawn by AUTOCAD softwa&₩re (self-programming);↕☆

5. Equipped with CCD c→<↔♣amera monitoring system, convenient f₹γ≤•or observation and precise positioning €≤;

6. No need for consumables, high rel∑↕∑•iability of the equipment, contin&₩uous and stable processing for 24 h☆"ours, low operation and mainten☆↑§≥ance costs;

7. Special machine cus<∏→πtomization ability is strong, and exclu¥☆↔sive models can be tailored according£☆£ to customer needs, and speci±¥£al automatic tooling fixtures can be cu♥ σstomized to realize the autom™×∑atic welding and proces→α★∞sing of products;

8. Simple operation, no need for profe↕β↔ssional welder technicians to‌₽ operate;

9. No consumables needed in the±​α later stage.

Note: The shape and performanc>£λe of the machine can be de×✘£signed according to the actua✘↔<πl situation and requirement"↓↓s of the customer, and th✘☆₩εe welding machine, special fixture and &‌≠λlaser automation integration (non-stand≤≤γard machine) can be cus$‍tomized for the customer. There are←₩ no fixed models for non-stand←→ard machines. All sty↓≥♦♠les are based on meeting cu×₩stomer requirements and then maδ✘"ke corresponding cha☆ nges.